We narrowed to 457 results for: crispr

Learn all about a highly processive reverse transcriptase, a new nanobody toolkit, and CRISPR-based tools for monitoring protein-DNA interactions

The RESOLUTE mission is to develop data and reagents to boost the research focused on Solute carrier proteins (SLCs). Browse the SLC plasmid collection.

Learn how Addgene has worked to increase accessibility to our materials and educational resources.

Learn more about unique organisms that are being developed as model systems in this blog post.

The latest edition of Addgene's Viral Vectors 101 eBook is here!

Learn about the basic elements that make up the AAV transfer plasmid, including the ITRs, transgene, promoter, and other cis-regulatory elements.

Learn all about BosLab, a DIY community science space in Somerville MA.

Find plasmids generated by the iPSC Neurodegenerative Disease Initiative (iNDI) here.

Learn about new tools in Addgene's collection, including new prime editing and CRISPR applications, tools for neuroscience research, and more!

This post describes the biology and use of integrase-deficient lentiviral vectors in comparison to standard lentiviral vectors.

Overview of the MORF library collection and accompanying ATLAS deposited at Addgene

Interested in how Addgene creates our content, like blog posts and guides? We explain here!

Learn how to use and apply NEBuilder HiFi DNA Assembly Technology from New England Biolabs for quick and accurate plasmid cloning.

Addgene has a growing collection of plasmids that are available to industry. Learn more about the available plasmids and how to order them.

An overview of viral applications spanning from basic research science to clinical therapies.

Tim Miles, the guest speaker at our recent AAV webinar, and our webinar panel of experts, is finishing up their Q&A session.

Guest blogger Kate Palozola gives some tips on how to keep a good and organized lab notebook for bioinformatic analyses.

The Allen Institute for Cell Science has deposited plasmids to generate fluorescently tagged proteins of key cellular structures in human cell lines.

Find materials useful for neurodegeneration research.

Learn how you can use RaPID to detect RNA-protein interactions and its applications in infectious and human genetic diseases.